axel-f.runtime — io.xapix/axel-f 1.0.6

application-expr clj/s

(application-expr ref-expr arg-list)

Function call expression

binary-expr clj/s

(binary-expr operator left-expr right-expr)

Construct binary expression from operator and two expressions

binary? clj/s

(binary? {:axel-f.runtime/keys [type]})

constant-expr clj/s

(constant-expr {:axel-f.lexer/keys [value] :as token})

Convert token into constant expression

eval clj/s

(eval {:axel-f.runtime/keys [expr]})

eval* clj/s multimethod

expr? clj/s

(expr? {:axel-f.runtime/keys [type]})

formula-expr clj/s

(formula-expr expr)

function-name clj/s multimethod

group-expr clj/s

(group-expr expr begin-token end-token)

index-expr clj/s

(index-expr ctx-expr ref-expr open-token close-token)

Additional type of field-expr for root-reference-expr or reference-expr Semantic - 'get from array by index'

left clj/s

(left {:axel-f.runtime/keys [left-expr]})

list-expr clj/s

(list-expr exprs open-token close-token)

Build an expression to be a list of exps

operator clj/s

(operator {:axel-f.runtime/keys [operator]})

operator-expr clj/s

(operator-expr {:axel-f.lexer/keys [value] :as token})

Convert token into operator expression

operator? clj/s

(operator? {:axel-f.runtime/keys [type]})

position clj/s multimethod

precedence clj/s

(precedence {:axel-f.runtime/keys [precedence]})

reference-expr clj/s

(reference-expr ctx-expr field-expr)

Reference expression of ctx-expr (can be root expression or another reference expression) and field-expr

right clj/s

(right {:axel-f.runtime/keys [right-expr]})

root-reference-expr clj/s

(root-reference-expr field-expr)

Build root reference expression

type clj/s

(type {:axel-f.runtime/keys [type]} & _)

unary-expr clj/s

(unary-expr operator expr)

Construct unary expression from operator and another expression as operand